The use of coupled DEM/CFD for understanding granular flow and agglomerate impacts, through incorporating true contact physics.

Validation of DEM and CFD codes.

Development of first PEPT tracer below 100 um and the world’s first mobile PEPT facility, which has allowed on-site industrial evaluation of mixing, fluidisation, agglomeration, and vibrating bed behaviour.

Our other key research areas relating to particulate behaviour and properties include the fundamental science of adhesion and self-assembly of particles and the characterisation of soft solids.

The latter currently involves measurements of mechanical properties and structures using micromanipulation and innovative environmentally-controlled nanomanipulation – both techniques were developed within the Department.

c) Flow and mixing research covers both conventional and micro scales and is key to examining everything from in-process behaviour of materials through to cellular interactions within the human body. Projects include: